Bernat Font

Bernat Font

@fontb.bsky.social

Assistant Professor in Data-Informed CFD at TU Delft. Interested in turbulent flow simulations 🌀 data-driven models 🤖 numerical methods ∫→∑ and high-performance computing ⚡️. I generally talk about open source, music, and science.

362 followers293 following63 posts

Bernat Font reposted

𝗖𝗼𝗺𝗲𝘁 𝗿𝘂𝗻𝘀 𝗰𝗶𝗿𝗰𝗹𝗲𝘀 𝗮𝗿𝗼𝘂𝗻𝗱 𝗝𝘂𝗽𝘆𝘁𝗲𝗿 Friends, I watched an AI agent complete my students' coding exercises in real-time, and I'm shook 🤯 I tested Perplexity's Comet browser on a Jupyter notebook with eigenvalue problems I assigned to my class… (video at the bottom of this thread)

Slides for the talk avaliable here! b-fg.github.io/EFDC2_2025/m... I'm loving this quarto + reveal.js for creating html presentations. Now that's portable!

b-fg.github.iomain
Bernat Font@fontb.bsky.social

Tomorrow at noon, I will be presenting at EFDC2 in Dublin! I will talk about our new mesh-free SINDy framework, collaboration with M. Gao and N. Kutz, for system dynamics identification on unstructured, scarce, and noisy data 🗓️ Session: tinyurl.com/c7up564z 🔗 Preprint: arxiv.org/abs/2505.16058

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Exciting talks, brilliant minds, and a community that keeps pushing the boundaries of what’s possible with Julia.#JuliaCon2025 #JuliaLang #OpenSource #ScientificComputing #DayOne #CommunityVibes #TechConference #JuliaCommunity

FastFlows focuses on accelerating scale-resolving turbulent flow simulations combining #CFD, #HPC, and #ML. This enables the integration of such simulations into rapid industrial design cycles, providing accurate and physical solutions with reduced turnaround time.

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Makie v0.24 is out! One of the biggest architectural updates yet—bringing better performance, cleaner internals, and new plotting capabilities. A big step toward Makie 1.0. makie.org/website/blog... #JuliaLang #OpenSource #Visualization #Plotting #HPC #MakiePlots #WGLMakie #Makie

makie.orgmakie.orgMakie v0.24 focuses on a comprehensive overhaul of our internal architecture, specifically replacing Observables in our backend code with a more robust system. This fundamental change touches nearly every component of the codebase, making it one of our most ambitious refactoring efforts to date.

v1.4.0 includes a new set of performance improvements and features such as - Explicit LES subgrid-scale models - Custom user-defined function that is called during every time step - Easy to run an co-visualize with the new routine, viz! - Custom dynamic boundary conditions and body forces 2/2

Our latest preprint on "Mesh-free sparse identification of nonlinear dynamics" is out! In collaboration with Mars Gao and Nathan Kutz, we explore a novel SINDy framework to uncover dynamical systems from scarce, noisy, and non-uniformly sampled data. 🔗 arxiv.org/abs/2505.16058 #SINDy #PDE #SciML #ML

Leveraging neural networks and automatic differentiation, mesh-free SINDy demonstrates robust PDE discovery and computational efficiency for a variety of 1D and 2D systems.

#Overleaf is down and some are freaking out about a deadline coming right up... The standard work-local & push-to-remote approach is clearly not as widespread as I thought!

This seminar is now available in our YouTube channel. Check it out! 🔗 youtu.be/ly7mBFf8esM

youtu.beLarge-Scale CFD seminar series 8. Dr. Francesc VerdugoYouTube video by Large-scale CFD
Bernat Font@fontb.bsky.social

We would like to invite you to join the next Large-scale CFD online seminar by Dr. Francesc Verdugo (UV Amsterdam) on "Large-scale sparse linear algebra with PartitionedArrays" github.com/PartitionedA... Date: 27/03/2025, 5pm CET Seminar link: tinyurl.com/4hy47ezv #HPC #MPI #JuliaLang

Reminder for today's seminar at 5pm CET!

Bernat Font@fontb.bsky.social

We would like to invite you to join the next Large-scale CFD online seminar by Dr. Francesc Verdugo (UV Amsterdam) on "Large-scale sparse linear algebra with PartitionedArrays" github.com/PartitionedA... Date: 27/03/2025, 5pm CET Seminar link: tinyurl.com/4hy47ezv #HPC #MPI #JuliaLang

using an explicit LES model and a central difference scheme for the convective flux, we match nicely experimental results from the 70s! (doi.org/10.1017/S002...) Results with N=64^3 cells and Smagorinsky-Lilly turbulence model

Bernat Font@fontb.bsky.social

Playing a bit with our WaterLily.jl #CFD #JuliaLang solver and homogeneous isotropic decaying turbulence 🌀 128^3 grid running on my local #GPU ⚡ visualizing in real-time with @makie.org github.com/WaterLily-jl...

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I've often struggled to explain _why_, even as a novice, I enjoy #julialang so much, often falling back to "It just feels nice." Apparently, I should have just let the Julia developers explain it. Came across the following from "Why We Created Julia" from 2012-02 and it all makes more sense now.

Tuesday next week (18th February, 5pm CET), Dr. Soledad Le Clainche from Universidad Politécnica de Madrid will present at the Large-scale CFD online seminar series: "From modal decompositions to machine learning: new tools and applications in fluid dynamics".

Bernat Font reposted